Process View
The network for 'transcription dependent tethering of rna polymerase ii gene dna at nuclear periphery' in your query organism is displayed on the left, if relationships are supported by the integrated data. Moving any of the genes in that network will simultaneously update the homologs in the networks displayed to the right (if they exist). Additionally, hovering over any nodes will highlight the identified functionally similar homologs in the other networks. Last, the bar above the networks allows you to remove/add additional organisms. Simily drag and drop the organism names in the desired order.
The chromosome organization process in which the DNA sequence containing a gene transcribed by RNA polymerase II is maintained in a specific location at the nuclear periphery. In S. cerevisiae, this process involves cis-acting DNA sequences such as the TATA box and upstream activating sequence (UAS) elements, trans-acting transcriptional activators, and also the 3'-UTR of the transcript.
Name | Description | Probability | Func Analog Organism |
---|
Name | Description | Probability | Func Analog Organism |
---|---|---|---|
NUP145 | Nup145p | 0.837 | |
NUP60 | Nup60p | 0.828 | |
NUP120 | Nup120p | 0.786 | |
MEX67 | Mex67p | 0.610 | |
NUP159 | Nup159p | 0.587 | |
SAC3 | Sac3p | 0.550 | |
NUP133 | Nup133p | 0.530 | |
NUP116 | Nup116p | 0.512 | |
NUP82 | Nup82p | 0.363 | |
NSP1 | Nsp1p | 0.319 | |
GLE1 | Gle1p | 0.292 | |
NUP170 | Nup170p | 0.284 | |
NUP157 | Nup157p | 0.245 | |
MLP1 | Mlp1p | 0.199 | |
NUP100 | Nup100p | 0.175 | |
RRP6 | Rrp6p | 0.160 | |
POM152 | Pom152p | 0.150 | |
SUS1 | Sus1p | 0.143 | |
NUP85 | Nup85p | 0.128 | |
NUP188 | Nup188p | 0.118 | |
TAF8 | Taf8p | 0.101 | |
DIS3 | Dis3p | 0.075 | |
NUP49 | Nup49p | 0.064 | |
NUP53 | Nup53p | 0.064 | |
NIC96 | Nic96p | 0.062 | |
MMS1 | Mms1p | 0.055 | |
NUP84 | Nup84p | 0.047 | |
THP2 | Thp2p | 0.045 | |
SPC110 | Spc110p | 0.045 | |
NUP1 | Nup1p | 0.042 | |
YLR264C-A | hypothetical protein | 0.039 | |
SRD1 | Srd1p | 0.039 | |
ADA2 | Ada2p | 0.039 | |
MAD1 | Mad1p | 0.038 | |
CUP1-1 | Cup1-1p | 0.035 | |
LEU2 | Leu2p | 0.035 | |
YAR068W | hypothetical protein | 0.034 | |
ARG8 | Arg8p | 0.034 | |
MLP2 | Mlp2p | 0.033 | |
SPL2 | Spl2p | 0.033 | |
HO | Hop | 0.031 | |
YLR162W | hypothetical protein | 0.030 | |
SWT1 | Swt1p | 0.030 | |
YOL038C-A | hypothetical protein | 0.030 | |
MER1 | Mer1p | 0.029 | |
YIR035C | hypothetical protein | 0.028 | |
SCY1 | Scy1p | 0.028 | |
ARP10 | Arp10p | 0.028 | |
YLR042C | hypothetical protein | 0.027 | |
SRP72 | Srp72p | 0.027 | |
URA3 | Ura3p | 0.026 | |
TRA1 | Tra1p | 0.025 | |
MAK10 | Mak10p | 0.024 | |
GEA2 | Gea2p | 0.024 | |
SWC7 | Swc7p | 0.024 | |
UBP8 | Ubp8p | 0.024 | |
ATP6 | Atp6p | 0.024 | |
YPR157W | hypothetical protein | 0.024 | |
YAR066W | hypothetical protein | 0.023 | |
YMR259C | hypothetical protein | 0.023 | |
ZPS1 | Zps1p | 0.022 | |
PRS2 | Prs2p | 0.022 | |
AQY2 | Aqy2p | 0.022 | |
HXT3 | Hxt3p | 0.021 | |
AUA1 | Aua1p | 0.021 | |
KAP120 | Kap120p | 0.020 | |
NOP10 | Nop10p | 0.020 | |
YOL013W-A | hypothetical protein | 0.020 | |
BSC1 | Bsc1p | 0.020 | |
IZH4 | Izh4p | 0.020 | |
HPF1 | Hpf1p | 0.020 | |
CHA1 | Cha1p | 0.020 | |
AAT1 | Aat1p | 0.019 | |
MF(ALPHA)2 | Mf(alpha)2p | 0.019 | |
FMT1 | Fmt1p | 0.019 | |
SCC4 | Scc4p | 0.019 | |
YBR013C | hypothetical protein | 0.019 | |
DAL81 | Dal81p | 0.019 | |
YHL026C | hypothetical protein | 0.017 | |
ADH2 | Adh2p | 0.017 | |
SEH1 | Seh1p | 0.017 | |
SCM4 | Scm4p | 0.017 | |
TOP1 | Top1p | 0.017 | |
TIP1 | Tip1p | 0.017 | |
OPT2 | Opt2p | 0.017 | |
PHM6 | Phm6p | 0.017 | |
YAL037C-A | hypothetical protein | 0.017 | |
YLL053C | hypothetical protein | 0.017 | |
RIO1 | Rio1p | 0.017 | |
HFI1 | Hfi1p | 0.017 | |
YLR040C | hypothetical protein | 0.016 | |
CPD1 | Cpd1p | 0.016 | |
CAR1 | Car1p | 0.016 | |
DIC1 | Dic1p | 0.016 | |
RSA1 | Rsa1p | 0.016 | |
UPS3 | Ups3p | 0.016 | |
BNA4 | Bna4p | 0.016 | |
YJL181W | hypothetical protein | 0.016 | |
WSS1 | Wss1p | 0.016 | |
TSC3 | Tsc3p | 0.016 |